2010: PHP, CSS, Vanilla JS, and a LAMP Server.

Ah, the simple life.

2016: Node.js, React, Vue, Angular, AngularJS, Polymer, Sass, Less, Gulp, Bower, Grunt.

I can't handle this, I'm shifting domains to Machine Learning.

2017: Numpy, Scipy, TensorFlow, Theano, Keras, Torch, CNNs, RNNs, GANs and LOTS AND LOTS OF MATH!

Okay, okay. Calm down there fella.
JavaScript doesn't seem that complicated now, does it? 🙈

Finally program running perfectly 👍
But wait.... Lets add another feature...
New feature needs updated matplotlib...
Update matplotlib😒
Lost support with numpy😫🤔
Updated numpy 😫
Run program again...
Core dumped (segmentation fault)😶😶
Time to leave this planet

Still trying to get over my embarrassing noob moment.

In my very first crash course lecture on Python at uni, we were told about having to import modules in order to do fun mathsy stuff in Python, the most important one being numpy.

I typed in the infamous 'from numpy import *', but I got an error - I'd fallen at the first hurdle. Frustrated at this point, I called the lecturer over and asked why it wasn't working.

"You've typed in 'numpty' rather than 'numpy'."

He started laughing uncontrollably whilst I died in embarrassment, and I'm pretty sure that to this day, whenever I pass him in the corridors, he literally sees me as THAT noob.

Still scarred.

Numpy and tensorflow eating my ram. I need to upgrade it. #8gigsnotenough

Man....I keep up with this strange love hate relationship I have with Python....

Last night it was python that literally wrote my homework: define all possible equivalent partition tables with cause and effect analysis and boundary value checks for a program. The whole thing wrote itself and all I had to do was verify the inputs. Something that I was able to do using jupyter with pandas and numpy. On one hand, I despise the lack of static typing and use of whitespace as a block delimiter. On the other I cannot but help feeling a high level of gratitude over the language and its high availability and ease of use for this.

Sure, I could have used other tools, but this language has dominated hardcore in this regard enough to the point of not considering it being a crime against humanity.

When you encounter a bug in your code while writing a test and you have absolutely no idea what's wrong...

...and then you see it's a type problem.

Saw this on a new dev's desk ... Yea, he's fired

What I have: [a, b, c]
What I need: [[a],[b],[c]]
No documentation
Just numpy things ¯\_(ツ)_/¯

after beginning to learn numpy , i believe these packages were really created by some clown of a circus xD.
Everything is sooooo entertaining!!!

i learned java 3 years ago, but today if i had to crap out some crazy java or c++ expert , i would tell him about numpy's arrays...
Like , "hey dude python has this cool data structure in the numpy library called arrays, which can hold any datatypes in a kind of arraylist like fashion, and you can convert them from 1 dimensional to 1000 dimensional in just 1 line , and also do you know we can select any column with just array[position]? and even this position does not needs to be an integer, you can use a list , like array[[1,2,3]] will give you elements at array[1],array[2],array[3], and...."
wait, why is my friend dead ? xD
HAhahahaha

Does anyone else here hate people who use numpy panda and tensorflow and call themselves data scientists ??
Cuz I hate 'em. There are so many researchers who work day and night to figure out the math and algos which go into these libraries. These researchers are real data scientists.
If computerss sciemce would have been a religion, then just using these stupid libraries and claiming you are a data scientist would be blasphemy.

How deep does the rabbit hole go?

Problem: Convert numpy array containing an audio time series to a .wav file and save on disk

Error 1:
Me: pip install "stupid package"
Console: Can't pip, behind a proxy

Me: Finds workaround after several minutes

Error 2:
Conversion works, but audio file on disk doesn't work
Encoding Error only works with array of ints not floats
BUT I NEED IT TO BE FLOATS

Looks for another library
scikits.audiolab <- should work
Me: pip --proxy=myproxy:port install "this shit"
Command Line *spits back huge error*

Googles error <- You need to install this package with a .whl file
Me: Downloads .whl file <- pip install "filename".whl
Command Line: ERROR: scikits.audiolab-0.11.0-cp27-cp27m-win32.whl is not a supported wheel on this platform.

Googles Error <- Need to see supported file formats
Me: python -c "import pip; print(pip.pep425tags.get_supported())"
Console: AttributeError: module 'pip' has no attribute 'pep425tags'

Googles Error <- Use another command for pip v10
Me: python -c "import pip._internal; print(pip._internal.pep425tags.get_supported())"
Console: complies

Me: pip install "filename".whl
Console: complies

Me: *spends 30 minutes to find directory where I should paste .dll file*
Finds Directory (was hidden btw), pastes file

Me: Runs .py file
Console: from version import version as _version ModuleNotFoundError: No module named 'version'

Googles Error <- Fix is: "just comment out the import statement"
Me: HAHAHAHAHAHA
Console: HAHAHAHAHA

Unfortunately this shit still didn't work after two hours of debugging, lmao fuck this

fuck off with the “do x in y lines of python code” it’s getting so goddamn annoying. yes python is concise. yes libraries do everything. you don’t need to show off someone else’s work with clickbait.

everything is like

“make a web server in 2 lines of python code”

import http.server
server = http.server.serve()

“mine bitcoin in 2 lines of python code”
import bitcoinminer
bitcoinminer.mine()

“do crazy math with 4 lines of python code”
import complex
import numpy
num1 = 1
num2 = 1
num3 = complex.addVectorMagnitudes(num1, num2)

Sorry Google, you got it wrong this time ....

Oh my gosh, look at that function definition ...
Oh my gosh, look at that variable ...
Oh my gosh, look at that zone ...
Oh my gosh, look at that long ...
Oh my gosh, look at that short ...
Oh my gosh, look at that stop ... is more my style.

I love python, but I hate dealing with python dependencies, especially on Windows.
I was tinkering and researching with neural networks, so I wanted to try out pybrain. I wrote my project, with pybrain installed via pip, and tried to build it.
Oh, what's that? Pybrain doesn't work with python 3? Well I'll download the version that's supposed to. Oh, that version has a deprecated numpy api? Let me just install those other resources. Oh, that requires a broken module that has no publicly available source?
Let's try python 2. Oh, now that's working, I just need to export environment variables for some "bls source". Some quick Google searching and the only solution that would work is building a bunch of cywgin modules by hand. That's fine, I have an ubuntu partition.
An hour later I'm compiling FORTRAN dependencies on Ubuntu.
Coding time: 1 hour
Dependency time: 3 hours

Okay! Got my numpy pdf, theano pdf and my theano deep learning pdf! It’s time to get reading for 1111111111111111111111111111111111111 hours. Wow! I’m really getting deep into “deep learning” learning! Ok, I’ll quit now...

I told interns in my startup to code a GAN only using Numpy. I received 4 resignation letters the next day

When I first began with Python I really missed the static typed checking from Java, I barely know anything about a returned object from a method and have to read the API extensively for every new library.

After a while I finally understand why Python is so powerful, the combination of dynamic typed language and rich default methods make the language unbeatable for your productivity.

While Java's Object only has toString(), hashCode(), equals() or clone(), Python's basic Class has every fucking method for every scenario I could ever image. No wonder that libraries like numpy or pandas work so well and fluidly.

Reading through one of my posts I’ve realized how much ego programmers can actually have. Guys, some of you have already mastered or grasped more than just the foundations of the industry standard languages, as well as developed a very solid intuition behind some design patterns and a solid understanding of some frameworks and libraries, say NumPy, say React... we get it.

You don’t have to be such condescending assholes and be offended by some of the jokes we, programming beginners, make to release stress or just to have fun.

You already have some amazing developer and engineering skills. Do not ruin it with such a detrimental attitude; I make this post because I myself have made this mistake, and I still do to this day. But if what I’ve felt reading your comments is what non-programming people feel when around me, I wouldn’t be surprised if I found that some people hated me or just wanted to kill me.

I don’t know if this will get downvot’d or if more people think like this. But I needed to share this, even just as a reflection of my very own attitude.

Thank you for your time,

D.

Numpy saved me 😌😌, as always...

Me using numpy.polyfit() to fit a function to some data. Blame polyfit for not being accurate, search the web to find any related problems, as the polynom doesn't fit at all. Polynom is of 2nd degree, polyfit becomes unstable at about degree 20?? Try Polynomial.fit() ... same results. How can they all be wrong???See a little typo in my code, calculating the polynom points. Fix it, everything works.... wasted 2 and a half weeks because of this error.🤦🤦

Just got accepted as a Tutor. I have to teach PhD students in medical field SciKit package for image processing. Been coding in Python using pandas and numpy for years, but I know jack shit on SciKit.

I applied just for fun and got the position. Now I am fucking terrified.

Meanwhile I rejected a Teaching Assistant position because of this one.

Whatever the f is wrong with numpy devs!!!!

Like seriously bro....

I can't import the effing sklearn.decomposition to do some basic PCA and the best solution out there is to downgrade it to version 1.16.1. Like hell!!!!

Issue has been known since last year, but guess who cares effukers

Ideas I've had over the years that could pan out and be useful:

SMS-DB: Stands for SMS-Data Burst. Used to allow those with low cell signal or no data plan to transfer data between a phone and some client via the standard SMS text space. Would be slow, but would act kinda like dial-up over SMS (as mobile lines are compressed on all service levels, even LTE, so traditional dial-up wouldn't work!) I have a general idea on how packets would be laid out, but that's about it so far...

everything2PNG: Allows one to transpose any file's data into a PNG with a 3 byte per pixel (full color RGB), which allows for a "compression" of sorts (about 91, 93% on preliminary tests) AND allowing further, more efficient compression of the resulting file. (Plus... it's just kinda cool to see files transposed as PNGs.) I actually have a simple transposer to go to PNG, but can't yet go back. Large files (around 600MB) use upwards of 4GB with efficient paging and other optimizations via NumPy so far, so it's not *viable* yet, but it's coming along nicely.

RPi-GPIO Interconnection Bus: A master/slave or round robin method to allow for Raspberry Pis to communicate using GPIO, which can help free up network bandwidth in RPi cloud computing clusters. At most, this'd allow for 4 bits used for pushing to the GPIO "bus", and 4 bits used for pulling from the "bus". 8 pins total are usually unused minimum, so either 3 or 4 pins for upload, 3 or 4 for download, and potentially 1 or 2 for commands, general non-data communication, etc. I made a version of this concept using Round Robin for a client, but it was horribly slow. (I also don't have distribution rights for the code, so i'm working from scratch.) Definitely doable.

#get unique images ids
images_ids = np.unique(images_df.index)

Dear developer who wrote the code I'm looking at,
thanks, I really need comments like this one. I was wandering lost in 1500 lines of code, looking for an explaination of what the actual fuck the code is doing, and there I see you, comment. It's not like I want to know what the hundreds of lines functions do, who cares about that. What I needed to know, what shed light on this dark forest, is what the numpy functions do, because as you certainly know dear developer, such functions are really hard to comprehend, lacking of documentation.
Thanks.

I have started to work on pandas and numpy , should I work on scipy and sklearn or should make a strong fundamentals on numpy and pandas?

Right now, everything. I started at a Consulting firm because I expected many new problems to tackle, solutions to develop and generally to always have a fire burning underneath my ass but instead I always develop the same standard bullshit.

I miss the days in my old job when there was just a problem and the task to solve it. When I stared down giant amounts of data, just KNOWING that somewhere in that mess is some structure I could exploit and that short moment of inspiration when I finally pinpointed it. The rush of endorphins when the solution became clear and everything fell into place to form a beautiful pattern amidst the chaos test data, git commits and numpy arrays.

Now its just "Yeah, would you just write another selenium testsuite that throws out fail or pass and wastes all the information because the only reason I'm a testmanager is because I'm too incompetent to do anything else and not my passion for the field".

The constant, mind numbing repetition of always the same patterns where the occasional dynamic element that becomes stale is the highlight of my work week... I would have never thought that making good money with easy work would ever get me as close to depression as it did.

Fuck yeah ... I have uploaded my major computation file to S3 and create Lambdas from those files(includes numpy and pandas also) and now I have only routes and invoke strategies in my EC3 .. looking for cost reduction....

So, I'm using Vpython for my physics class.
The good thing is that I love that. The bad thing is that the last update to vpython was in 2015.
Well, I update my system yesterday and apparently one of the libraries got an API update and that broke Vpython and can't be used again T.T
I'm trying to fix the code at the moment ;-;

Currently working on a number theory project to do with prime numbers. Needed NumPy so back to Python for now! Rust was fun whilst it lasted 😂

An open source technical graphing and analysis software using Matplotlib numpy and Scipy backends.

can you please help me with this.
I'm creating dataset of [Leet words][1].
This code is for generating [Leet words][1]. it is working fine with less number of strings but I've nearly 3,800+ strings and my pc is not capable to do so. I've Tried to run this on cloud(30gb RAM) not worked for me. but I think possible solution is to convert this code into numpy but I don't know how. if you know any other efficient way to do this it will be helpful.
Thanks!

from itertools import product
import pandas as pd
REPLACE = {'a': '@', 'i': '*', 'o': '*', 'u': '*', 'v': '*',
'l': '1', 'e': '*', 's': '$', 't': '7'}

def Leet2Combos(word):
possibles = []
for l in word.lower():
ll = REPLACE.get(l, l)
possibles.append( (l,) if ll == l else (l, ll) )
return [ ''.join(t) for t in product(*possibles) ]
s="""india
love
USA"""

words = s.split('\n')
print(words)
lst=[]
# ['india', 'love', 'USA']
for word in words:
lst.append(Leet2Combos(word))
k = pd.DataFrame(lst)
k.head()

Come on numpy
Let’s go compensate

Who on earth decided, that float64 is a suitable default datatype for one-hot vectors in numpy?
That's what I deserve for relying on reasonable implicit behaviour

Python User-
C:\WINDOWS\system32>pip install scikit-image
CMD/Bash-
Collecting scikit-image
Downloading scikit-image(12.6MB)
██████████████████████████████
Collecting numpy
Downloading numpy(1.3MB)
██████████████████████████████
Collecting matplotlib
Downloading matplotlib(1.3KB)
██████████████████████████████
Collecting decorator
Downloading decorator(6.8MB)
██████████████████████████████
Collecting imageio
Downloading imageio(3.6MB)
██████████████████████████████
Collecting cycler
Downloading cycler(2.9MB)
██████████████████████████████

Installing collected packages cycler, imageio, decorator, matplotlib, numpy, scikit-image
Successfully installed cycler, imageio, decorator, matplotlib, numpy
Failed to load DLL of scikit-image.
C:\WINDOWS\system32>

I want to manipulate CSV files with Python and I was using NumPy, what I want to do is 3 columns, with an undetermined number of rows, and I want to be able to remove, add and edit every value, this is my questions:
Should I use NumPy? (if yes, please tell me how, I've been searching on google and I couldn't find anything of help! If not, please tell me what I should use,)

I love serverless functions but I'm so tired of complex orchestration, juggling event parameters and now scipy+numpy+pandas exceeds size limit of 250MB..

Feel like cramming it all in a monolith like the geezers of yore and be done with it

how do i get the installed numpy version for tensorflow that pip autoinstalled to not interfere with opencv which requires numpy >=1.2.0 ?
which btw i just installed.
and why is tensorflow a piece of crap ? LOL

I am trying to decompose a 3D matrix using python library scikit-tensor. I managed to decompose my Tensor (with dimensions 100x50x5) into three matrices. My question is how can I compose the initial matrix again using the decomposed matrix produced with Tensor factorization? I want to check if the decomposition has any meaning. My code is the following:

import logging

from scipy.io.matlab import loadmat

from sktensor import dtensor, cp_als

import numpy as np

//Set logging to DEBUG to see CP-ALS information

logging.basicConfig(level=logging.DEBUG)

T = np.ones((400, 50))

T = dtensor(T)

P, fit, itr, exectimes = cp_als(T, 10, init='random')

// how can I re-compose the Matrix T? TA = np.dot(P.U[0], P.U[1].T)

I am using the canonical decomposition as provided from the scikit-tensor library function cp_als. Also what is the expected dimensionality of the decomposed matrices.

Can't seem to get the hang of numpy arrays..irritating the living HELL out of me rn